Christopher Ensley Email & Phone Number

Fort Collins, Co, Us

Berthoud, Co, Us

I can 3d print items for your personal and business needs. Material choices, PLA, ABS, PETG, and TPU. Your design or I do offer design assistance.

Romeoville, Il, Us

Directly supervise process and setup technicians. Also responsible for mold sampling using scientific molding philosophies. I am also responsible for writing procedures, creating work instructions and training molding technicians scientific molding principles.

Responsible for daily injection molding plant operations which includes machine scheduling, process control, machine set up and directing personnel.

Responsible for insuring that fly fishing line production goals are met and that product meets or exceeds customer expectations.Developed and maintained processes for fly fishing line that is both high quality and repeatable. • Solely implemented expansion of the business from 3 to 6 extruder machines. • Developed the new layout and ordered necessary supplies and auxiliary equipment. • Interfaced and plumbed the 3 machines then put them into production. • Launched production on a new type of floating fly line that is composed of a Dacron Polyester core and a thermoplastic elastomer coating.

Lincoln, Ne, Us

Coordinate plant machine and secondary schedule with production control department. Formulate part costs, bill of materials and routings. Manage mold builds with outside vendors.• Develop cost efficient machine and secondary processes. Then resposible for generating first article inspection reports and work instructions. • Create and review all BOM’s and routings. Execute necessary corrections in order to capture actual cost to manufacture products.• Developed CNC programs for parts that required extensive hand trimming reducing labor times and increasing GP margins.• Generate 3D part prints using solid works.

Lancaster, Pennsylvania, Us

Directly supervised staff of 15 to 21 operators in molding and nectar departments. Coordinated daily planning and scheduling, operator training, inventory control and shift reporting. Directed machine setup, start up and troubleshooting.Used RJG decoupling philosophies to establish repeatable molding processes which lowered overall scrap rates by 7 to 10%.Incorporated automation whenever possible lowing cycle times and increasing job profitability.

Us

Directly supervised staff of 21 technicians and operators. Responsible for the overall production efficiency and labor utilization on 2nd shift. Kept up to 21 injection molding machines (75 ton to 1500 ton) running injection molded products to the highest level of quality standards both dimensionally and cosmetically. Responsible for labor intensive assembly on 3 blackberry cell phone lines. Worked with maintenance department to get 3 axis robots (both servo and pneumatic) operational. Coordinated a 3 axis robot training program and educated staff on setup and operation of robotics.

Managed process and set up technicians, quality department and tooling personnel. Reported directly to the President and Owner of the Company. Responsibilities included: Managing and coordinating department efforts in order to meet a stringent work schedule.Ordering supplies for these departments according to business needs and monthly budgets. Managed new mold builds, tryouts and first article inspection reports.Developed and implemented an electronic job book system to replace hard copy versions.Generated all necessary work instructions, quality plans and corrective action reports.

Primary responsibility: Process improvement and profit margin increase. This was accomplished by: improving process flow, identifying the root cause of problems and making the appropriate changes. Created work instructions and updated bill of materials.Designed and fabricated End of Arm Tooling for automation and fixtures for finishing operations. Managed mold preventative maintenance program and tool repairs cost and completion.

Bachelor Of Science, Management And Leadership

Associate Of Science - As, Mathematics

Fluid Power

Fundamentals Of Injection Molding